Encyclopedia about the Arctic region, explaining polar phenomena and scientific terminologyLearn More
Citizen environmental monitoring carried out at participating schoolsLearn More
A chance for students and their teachers to win a trip to an Arctic stationLearn More
Introductory webinars, lessons' recordings, promo materials
Virtual classes from Arctic research stations by scientists
This is the main component of the EDU-ARCTIC program. Transmissions from polar stations, will be provided for schools. Additionally, to raise the attractiveness and diversity of scientific subjects, some special transmissions with selected experts in polar research and Earth sciences will be provided by other institutions: special transmissions from UVSQ’s climatology and environmental science research laboratories in France and IGF PAS in Poland.
Online lessons will be dealing with the following disciplines and research topics: environmental sciences, geophysics (seismology, Earth magnetism), geology, geomorphology, climatology, climate change, atmospheric chemistry and physics, hydrology, ecology, soil science, oceanography, microbiology, marine, biology, biodiversity, paleoecology, limnology and additionally anthropology, the sociology of Arctic regions, human biology and medicine, genetics, zoology, biology and to some extent socio-humanities.
Exemplary groups of topics that will be presented include:
Transmissions will be interactive. Scientists will involve pupils actively by encouraging them to ask questions and to perform given assignments. It is crucial that pupils become active players in the process of learning. Pupils and teachers will have the possibility to take part virtually in experiments and measurements conducted at stations. They will be asked to put forth a hypothesis concerning the experiment or phenomena discussed with a scientist. It will help them to develop skills of analytical and logical thinking and the use of research methods to solve problems.
They will also perform their own experiments on the basis of suggestions from scientists. This will increase the attractiveness of such lessons. Hands-on activities are considered one of the most effective and powerful ways of learning. During online lessons they could also ask about different phenomena which occur in the Arctic. They will become familiar with scientific career opportunities, as well as everyday activities of researchers and their curriculum. It will be a new experience for them and an opportunity to detach themselves regularly from school routine. They will also gain access to the newest scientific discoveries and reports. Transmission will help them to better understand scientific messages, a useful skill in everyday life. But they will also familiarize themselves with scientific language used in research publications, a crucial skill for their prospective career in science.
We hope we encourage you to participate.
What to do next?
How can you access an online lesson you have enrolled?
Once you have enrolled for any one online lesson you should see a message posted to you below containing confirmation info including a link ready to be used. Once you follow that link, you will be redirected to the virtual classroom just before the lesson. Please check that prior to the time given in Online lesson details. You may have to perform some very easy technical settings in order to fully participate. Do not worry. The message will guide you through all the stages.
See you on an online lesson!
Parallelly to regular online lessons, we propose new type of webinars - THEMATIC COURSES. Each course offers a comprehensive series of complementary topics.Each course: ("Engineering ad technology", "The Arctic, people's land", "Secrets of glacieres", "Citizen science") has a fixed day of week and hour, in order to facilitate including our lessons into school practice, also within curriculum. For each course, lessons are conducted once a month. They last full semester/school year, depending on course. Check each thematic course for full programme with dates and topics. If you participate in at least 50% of webinars proposed within a course, you'll receive a special certificate!
Zróżnicowana ilość ciepła z promieniowania słonecznego na różnych szerokościach geograficznych, warunkuje wszelkie parametry meteorologiczne, temperaturę powietrza, wilgotność, ilość opadów oraz cyrkulacje atmosferyczne. Określone na podstawie wieloletnich obserwacji strefy klimatyczne Ziemi mają układ równoleżnikowych pasów, jednak ich dokładne wydzielenie nie jest proste, ze względu na złożoność czynników strefowych i astrefowych wpływających na klimat.
When sea levels rise rapidly, as they have been doing, even a small increase can have devastating effects on coastal habitats. Should we expect catastrophic floods? What does good old Archimedes have to say?What is the physics behind those processes?
Choć o Islandii mówi się, że to "kraj lodu i ognia", to w życiu mieszkańców znacznie większe znaczenie mają woda i powietrze. Wybierzmy się więc na wycieczkę dookoła wyspy - dowiemy się jak powstały najsłynniejsze, islandzkie krajobrazy i jak wygląda życie wśród nich.
Earth’s history contains 4,5 billion years, life appear around 3,7 billions of years ago, the extinct of dinosaurs have place around 65 millions of years ago. All of these are big number, but how to imagine them? During this lesson we will compare 4,5 billion years of Earth’s history into one year and show the most important and interesting facts about the Earth’s history.
Dasher, Dancer, Prancer, Vixen, Comet, Cupid, Donner and Blitzen. And, of course, Rudolph: the red-nose one. Santa Claus reindeers can fly. In real life, those amazing creatures are no less fascinating. Let's hop on sleighs and go on a Christmas ride!
Lesson directly from polar station on Sppitsbergen. During our meeting you will find out where are borders of the Arctic and Antarctic. Are in the polar regions any permanent inhabitants? What is typical climate for Svalbard. And what is the biggest risk of being a polar researcher.
Pomimo, iż na zdjęciach lodowce wydają się nieruchome, ruch masy lodowców jest jedną z najpotężniejszych sił kształtujących powierzchnię Ziemi. Pod naciskiem akumulowanego lodu i śniegu, lód lodowcowy ulega deformacji i zaczyna się poruszać. Lodowiec, wraz z transportowanym w swojej masie materiałem, niszczy podłoże skalne, zmieniając kształt dolin oraz innych napotkanych na swej drodze form terenu. Podczas tego wykładu uczniowie dowiedzą się o formach i procesach lodowcowych, w tym o erozji, transporcie, depozycji i wietrzeniu.
Controlling weather, shaping climate, preventing catastrophc events, designing seasons ....sounds like a dream come true, an ultimate triumph of science. Or magic:) But is it really? What are the hazards? Meet geoengineering techniques and their potential consequences.
Encyclopedia about the Arctic region, explaining polar phenomena and scientific terminology
Citizen environmental monitoring carried out at participating schools
A chance for students and their teachers to win a trip to an Arctic station
EDU-ARCTIC invites pupils from schools across Europe and outside to join the Arctic Competition with their teachers and develop a science project or an innovation project designed for an arctic environment. Young students and their teachers who are fascinated by disciplines such as science, technology, engineering and mathematics, though not yet scientists, will have the opportunity to take part in a scientific expedition in the Arctic. The Arctic Competition is for teams of one or two students, aged 13 to 20, and one teacher as a mentor. Participating teams can come from schools across Europe and outside. The participation in the Arctic competition is voluntary. You can ask questions about the competition before deciding whether or not to participate. Even if you do agree to participate, you may withdraw yourself from the project at any time, without giving a reason and without penalty.
The EDU-ARCTIC Fora were held in 3 European countries
The French Educators’ Forum was held at the University of Versailles Saint-Quentin-en-Yvelines in Guyancourt, (Earth Sciences and Climatology Campus OVSQ) from 21 to 22 September 2017. 16 teachers from 8 countries (Greece, Italy, Albania, Romania, Cyprus, Serbia, Portugal and Macedonia) participated.
Educators’ Forum in Poland was held in Warsaw, from 23 to 24 September 2017. The hosting institution was Institute of Geophysics, Polish Academy of Sciences. 38 teachers from 15 countries (Albania, Bosnia and Hercegovina, Bulgaria, Croatia, Estonia, Hungary, Israel, Latvia, Lithuania, FYR Macedonia, Poland, Romania, Russia, Serbia, Slovenia) participated.
The Educators’ Forum in Norway took place near Oslo, 18 October 2017. The hosting institution was the Norwegian Institute of Bioeconomy Research (NIBIO), one of the consortium members of EDU-ARCTIC. 16 participants from 12 countries (Greece, Faroe Islands, Norway, Sweden, Finland, Poland, Switzerland, Denmark, Italy, Albania, Macedonia and Romania) were present.